1. * Consider the points P(6, 2, 3) and Q(0, -1, 4). Find the vector u =PQ in component form. Type the answer WITHOUT space, eg.: <1,-1,1>. Your answer 2. * Given v =<2, 0, -3>, w = <3, 4, -1>, and w = 2v - u. Find the vector u. Type the answer WITHOUT space, eg.: <1,-1,1>. Your answer

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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1. *
Consider the points P(6, 2, 3) and Q(0, -1, 4). Find the vector u =PQ in component form.
Type the answer WITHOUT space, eg.: <1,-1,1>.
Your answer
2. *
Given v =<2, 0, -3>, w = <3, 4, -1>, and w = 2v – u. Find the vector u.
Type the answer WITHOUT space, eg.: <1,-1,1>.
Your answer
Transcribed Image Text:1. * Consider the points P(6, 2, 3) and Q(0, -1, 4). Find the vector u =PQ in component form. Type the answer WITHOUT space, eg.: <1,-1,1>. Your answer 2. * Given v =<2, 0, -3>, w = <3, 4, -1>, and w = 2v – u. Find the vector u. Type the answer WITHOUT space, eg.: <1,-1,1>. Your answer
1. *
Consider the points P(6, 2, 3) and Q(0, -1, 4). Find the vector u =PQ in component form.
Type the answer WITHOUT space, eg.: <1,-1,1>.
Your answer
2. *
Given v =<2, 0, -3>, w = <3, 4, -1>, and w = 2v – u. Find the vector u.
Type the answer WITHOUT space, eg.: <1,-1,1>.
Your answer
Transcribed Image Text:1. * Consider the points P(6, 2, 3) and Q(0, -1, 4). Find the vector u =PQ in component form. Type the answer WITHOUT space, eg.: <1,-1,1>. Your answer 2. * Given v =<2, 0, -3>, w = <3, 4, -1>, and w = 2v – u. Find the vector u. Type the answer WITHOUT space, eg.: <1,-1,1>. Your answer
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